Message from @plus
Discord ID: 594642312500478010
Hi saitama
Pressure cannot exist next to a vacuum without a container.
In a container, the pressure is the same
Everywhere
There is ALWAYS a gradient with a container @ZeroT
@RidleyChozo only because we have AIR PRESSURE around that container
Dude
The atmosphere is not a container
It is made up of gasses
Thus it’s not a container and thus makes outerspace impossible
@RidleyChozo no
Buddy @RidleyChozo like I said the atmosphere adjacent to outer space is almost null
@California Nightmare what are you talking about?
No @ZeroT . Even in a vacuum.
THIS IS BULLSHOT
Because
Your model doesn’t due reality any justice
There isn't a strickt barrier
Look
We have a gradient
A gradient cannot exist without a container.
1013 hPa in sea level and Oly 325 hPa on the mount Everest
Prove air pressure without a container @ZeroT
can ZeroT get his "not hear to learn" role removed
Air pressure cannot be adjecent to a vacuum. It collapses completely, immediately.
@RidleyChozo IT CAN ONLY BE WITHOUT A CONTAINER
WITH
a container
Look
He wants us to try to recreate the atmosphere of the earth in a little container
How will you
Create such a great pressure gradient in a container
Pressure in a container is a different system than atmosphere on a planet with high gravity
Literally every pressurized container has a gradient @ZeroT
They do the same thing with gravity, they expect you to create an object on earth with enough gravity to pull something
@ZeroT you can’t even prove gravity
Don’t use gravity in a argument
i found a neato article about why the atmosphere doesnt float away and its a .org site https://earthsky.org/earth/what-keeps-earths-atmosphere-on-earth
@RidleyChozo NO EVERY CONTAINER HAS THE SAME PRESSURE EVERYWHERE IN IT
Wrong